CN207801204U - Van-type substation with electroprobe - Google Patents
Van-type substation with electroprobe Download PDFInfo
- Publication number
- CN207801204U CN207801204U CN201820188593.2U CN201820188593U CN207801204U CN 207801204 U CN207801204 U CN 207801204U CN 201820188593 U CN201820188593 U CN 201820188593U CN 207801204 U CN207801204 U CN 207801204U
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- China
- Prior art keywords
- shell
- electroprobe
- mounting
- conductive column
- bayonet lock
- Prior art date
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- Expired - Fee Related
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Abstract
The utility model provides a kind of van-type substation with electroprobe, including：Cabinet, electroprobe and mounting assembly, electroprobe are detachably connected by mounting assembly and cabinet；Electroprobe includes a shell, detection column, light emitting diode, shell cover, connecting plate, L shaped plate and two group of first bindiny mechanism；Detection column is emerged from the head of shell；Light emitting diode, connecting plate and L shaped plate are arranged in installation cavity, light emitting diode includes illuminator, positive foot and cathode foot, illuminator setting is inserted into hole side in connecting plate away from first, L shaped plate one end is arranged by illuminator and is fixed with connecting plate, and the L shaped plate other end is located at illuminator and deviates from connecting plate side；Every 1 first bindiny mechanism includes：Conductive column, movable block and the first spring, conductive column one end are fixed on connecting plate and deviate from illuminator side.Van-type substation with electroprobe solves the problems, such as to cause the other component in addition to lamp to waste because lamp cannot replace in the prior art.
Description
Technical field
The utility model is related to substations, and in particular to a kind of van-type substation with electroprobe.
Background technology
Disclose that a kind of application No. is the substation field electroscopes and safety of CN201520689572.5 in Chinese patent
Protective articles fixation intelligent cabinet, it includes the vertical cabinet of a cuboid, and cabinet former configuration has through both sides hinge or hinge
Be respectively articulated with double-opening cabinet door, bottom or top are provided with jacket space in the cabinet, be built-in with for in-cabinet temperature and
The electric heater and fan of humidity regulation, in the cabinet configured with for in-cabinet temperature and humid control, by microprocessor
The central control unit that device CPU is constituted；The cabinet bosom is divided into the two glove skies in left and right with one piece of vertical partition plate
Between, there is the small space of multiple gloves at least three pieces of horizontal baffles are placed separately in a wherein material-putting space, and multiple glove is small
It is at least standby redundancy space, insulating glove space and insulating boot space in space；Another described material-putting space is vertical
Place the space of more electroscopes.Although the substation field electroscope and security protection articles for use fixation intelligent cabinet are realized to becoming
The detection of voltage in power station, but the shortcomings that the substation field electroscope and security protection articles for use fixation intelligent cabinet still have
For：
1) since electroprobe is normally only lamp damage, but damaging back light cannot replace, and lead to other component in addition to lamp all
Waste, and then increase use cost；
2) since the substation field electroscope and substation are relatively independent, so if forgetting the feelings such as band electroprobe
Condition is more inconvenient how to detect transformer substation voltage.
Utility model content
The utility model will provide a kind of van-type substation with electroprobe, solve substation field electroscope in the prior art
With substation it is relatively independent and leads to survey the inconvenient problem of electricity work, while solves in the prior art because lamp cannot be replaced
And the problem of causing the other component in addition to lamp to waste.
To achieve the above object, the utility model uses the following technical solution：
A kind of van-type substation with electroprobe, including：Cabinet, electroprobe and mounting assembly, electroprobe by mounting assembly with
Cabinet is detachably connected；
Electroprobe includes a shell, detection column, light emitting diode, shell cover, connecting plate, L shaped plate and two group of first bindiny mechanism；
Detection column emerge from the head of shell, detection column be made of conductive material, with electrical contact to be detected, shell
It is recessed to form an installation cavity away from the one end on head, is detachably connected and is useful for the closed shell cover of installation cavity, installation on shell
Inner wall depression of the chamber far from shell cover forms two spaced first and is inserted into hole；
Light emitting diode, connecting plate and L shaped plate are arranged in installation cavity, and light emitting diode includes illuminator, anode
Foot and cathode foot, illuminator setting connecting plate away from first be inserted into hole side, L shaped plate one end be arranged by illuminator and with
Connecting plate is fixed, and the L shaped plate other end is located at illuminator and deviates from connecting plate side；
Every 1 first bindiny mechanism includes：Conductive column, movable block and the first spring, conductive column one end are fixed on connection
From illuminator side, the conductive column other end is inserted into first and inserts in the hole and contacted with a movable block backboard, and movable block, which deviates from, leads
Electric column side is fixed to one first spring one end, and the first spring other end, which is fixed to, to be inserted on the bottom surface of hole, and a conductive column is for twining
Around positive foot, it is electrically connected to detection column with the movable block that positive foot conductive column contacts is wound with, another conductive column is negative for winding
Pole foot, and is wound with the movable block electrical ground that cathode foot conductive column contacts, and conductive column and movable block are all made of conductive material system
At；
When shell cover is connect with shell, rear shell cover compresses conductive column with movable block and the first spring is compressed.
Preferably, mounting assembly includes：Mounting plate, screw and insertion tube, mounting plate pass through several screws and cabinet
It is fixed, insertion tube is installed, insertion tube offers second be inserted into for shell head and is inserted into hole, and shell head is inserted on mounting plate
It is supported by insertion tube after in insertion tube.
Preferably, it is detachably connected by the second bindiny mechanism between shell and shell cover；
Second bindiny mechanism includes two bayonet locks, two driving portions, a torsional spring and a mounting post, is offered through installation cavity wall
Perforation, offer one first notch in shell cover, being stood on perforation inner wall has mounting post, and mounting post is covered with shell cover on shell
Direction is parallel；
Each driving portion includes mounting blocks, two limited blocks, mobile bar, actuating arm, mounting ring and slide block, Mei Yian
Dress block is each attached on installation cavity wall, and each mounting blocks, which pass through, mobile bar, and the mobile bar of each driving portion supplies a bayonet lock
It passes through, mobile bar offers the sliding groove moved for bayonet lock, and sliding groove guiding movement bar is set relative to the movement of bayonet lock on bayonet lock
Two limited blocks are equipped with, mobile bar is between two limited blocks, and the moving direction and mobile bar of the opposite shell of bayonet lock are with respect to bayonet lock
Moving direction it is parallel with horizontal plane, bayonet lock is vertical with respect to the moving direction of the moving direction bayonet lock opposite with mobile bar of shell
Directly；Actuating arm one end is hinged in mobile bar, and the actuating arm other end is fixed in a mounting ring, and mounting ring is fixed to a slide block
One end, the slide block other end stretch to the external world from the first notch, and actuating arm and slide block are fixed to same peace in each driving portion
Ring is filled, actuating arm and slide block be point-blank in each driving portion；
Mounting ring can be rotatably mounted in mounting post；A torsional spring is provided between two slide blocks, one end is fixed
On a slide block, the torsional spring other end is fixed on another slide block；Two actuating arms and the distribution in " X " shape of two slide blocks；
It is inserted into shell cover after bayonet lock can be kept to pass through installation cavity wall under torsional spring elastic force.
Preferably, two second notches are offered on connecting plate, positive foot and cathode foot are located at illuminator and conduction
Part between column is each passed through two second notches.
Preferably, the crushing block for squeezing L shaped plate is installed in shell cover inner wall, crushing block is between installation cavity wall
There is distance.
Compared with the prior art, the utility model has the advantages that：
When needing to dismantle light emitting diode, first, squeezes two slide blocks and mutually draw close, torsional spring is compressed, and is being stirred
Under the drive of block, two actuating arms are mutually drawn close, and the rotation of actuating arm makes two bayonet locks mutually draw close, and final bayonet lock is de- with shell cover
From, and bayonet lock is not detached from mobile bar, since the rotation of actuating arm has a componental movement on the direction vertical with bayonet lock, therefore mobile bar
Also it is moved on mounting blocks therewith, so that the rotation of actuating arm is more smooth, bayonet lock is kept to be detached from the state of shell cover；So
Afterwards, shell cover, the elastic force of the first spring are removed so that expose a shell at light emitting diode, connecting plate, light-emitting diodes are removed to facilitate
Pipe etc.；After again, the positive foot and cathode foot of light emitting diode are removed from conductive column, removes old light emitting diode.When needing to pacify
When filling new light emitting diode, first, the positive foot of light emitting diode and cathode foot are respectively wound around on two conductive columns；Then,
Light emitting diode and conductive column etc. are placed in installation cavity, slide block is not extruded at this time, with two drive under torsional spring elastic force
It is at a distance sufficiently large between swing arm, avoids hindering being put into for light emitting diode and conductive column etc.；After again, two slide block phases are squeezed
It mutually draws close, torsional spring is compressed, and under the drive of slide block, two actuating arms are mutually drawn close, and the rotation of actuating arm makes two bayonet lock phases
It mutually draws close, in final bayonet lock retraction to shell, avoids follow-up shell cover from covering on shell, keep this state；After again, shell cover is covered
It on shell and is looped around outside installation cavity, shell cover is rectangular, and the hole in shell cover can be facilitated to be aligned with bayonet lock；Finally, release is stirred
Block, bayonet lock are inserted into shell cover, and conductive column is pressed on movable block by crushing block.
Part is illustrated to embody by the further advantage, target and feature of the utility model by following, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Description of the drawings
Fig. 1 is the structural schematic diagram at mounting assembly in van-type substation；
Fig. 2 is the A-A sectional views in Fig. 1；
Fig. 3 is the B-B sectional views in Fig. 1.
Reference numeral：Electroprobe 1, mounting assembly 2, shell 11, detection column 12, light emitting diode 13, illuminator 131, anode
Foot 132, cathode foot 133, shell cover 14, connecting plate 15, L shaped plate 16, the first bindiny mechanism 17, conductive column 171, movable block 172,
One spring 173, mounting plate 22, screw 23, insertion tube 24, the second bindiny mechanism 3, bayonet lock 31, driving portion 32, torsional spring 33, installation
Column 34, mounting blocks 321, mobile bar 322, actuating arm 323, mounting ring 324, slide block 325, crushing block 326.
Specific implementation mode
In order to make, technological means of the utility model, creation characteristic, reached purpose and effect are more clear and are easy to
Understand, the utility model is further elaborated with reference to the accompanying drawings and detailed description：
As shown in Figure 1, Figure 2 and shown in Fig. 3, the utility model proposes a kind of van-type substations with electroprobe 1, including：Cabinet
Body (not shown), electroprobe 1 and mounting assembly 2, electroprobe 1 are detachably connected by mounting assembly 2 with cabinet；
Electroprobe 1 includes a shell 11, detection column 12, light emitting diode 13, shell cover 14, connecting plate 15, L shaped plate 16 and two groups
First bindiny mechanism 17；
Detection column 12 is emerged from the head of shell 11, and detection column 12 is made of conductive material, to be connect with slowdown monitoring circuit to be checked
It touches, shell 11 is recessed to form an installation cavity away from the one end on head, is detachably connected on shell 11 and is useful for closing installation cavity
Shell cover 14, inner wall depression of the installation cavity far from shell cover 14 form two spaced first and be inserted into holes；
Light emitting diode 13, connecting plate 15 and L shaped plate 16 are arranged in installation cavity, and light emitting diode 13 includes shining
Body 131, positive foot 132 and cathode foot 133, the setting of illuminator 131 are inserted into hole side, L shaped plate in connecting plate 15 away from first
The setting of 16 one end is fixed on 131 side of illuminator and with connecting plate 15, and 16 other end of L shaped plate is located at illuminator 131 and deviates from connecting plate
15 sides；
Every 1 first bindiny mechanism 17 includes：Conductive column 171, movable block 172 and the first spring 173, conductive column 171
One end is fixed on connecting plate 15 and deviates from 131 side of illuminator, and 171 other end of conductive column is inserted into first and inserts in the hole and moved with one
Motion block 172 contacts, and movable block 172 is fixed to one first spring, 173 one end away from 171 side of conductive column, and the first spring 173 is another
End, which is fixed to, to be inserted on the bottom surface of hole, and a conductive column 171 and is wound with 132 conductive column 171 of positive foot for winding positive foot 132
The movable block 172 of contact is electrically connected to detection column 12, and another conductive column 171 and is wound with cathode foot for winding cathode foot 133
172 electrical ground of movable block of 133 conductive columns 171 contact, conductive column 171 and movable block 172 are all made of conductive material and are made；
When shell cover 14 is connect with shell, rear shell cover 14 compresses conductive column 171 with movable block 172 and the first spring 173 is pressed
Contracting.
For the simple mounting assembly 2 of design structure, mounting assembly 2 includes：Mounting plate 22, screw 23 and insertion tube
24, mounting plate 22 is fixed by several screws 23 with cabinet, and insertion tube 24 is equipped on mounting plate 22, and insertion tube 24 offers confession
What 11 head of shell was inserted into second is inserted into hole, and 11 head of shell is supported after being inserted into insertion tube 24 by insertion tube 24.
In order to realize the dismantling connection between a shell 11 and shell cover 14, and L shaped plate 16 is avoided to wear, shell 11 and shell cover 14
Between be detachably connected by the second bindiny mechanism 3；
Second bindiny mechanism 3 includes two bayonet locks 31, two driving portions 32, a torsional spring 33 and a mounting post 34, offers and passes through
The perforation for wearing installation cavity wall offers one first notch in shell cover 14, and being stood on perforation inner wall has mounting post 34, mounting post 34 with
The direction that shell cover 14 is covered on shell 11 is parallel；
Each driving portion 32 include mounting blocks 321, two limited blocks, mobile bar 322, actuating arm 323, mounting ring 324 with
And slide block 325, each mounting blocks 321 are each attached on installation cavity wall, each mounting blocks 321, which pass through, mobile bar 322, moves
The mobile bar 322 that lever 322 can move each driving portion 32 relative to mounting blocks 321 is passed through for a bayonet lock 31, and mobile bar 322 is opened
Equipped with the sliding groove moved for bayonet lock 31, sliding groove guiding movement bar 322 is provided with relative to the movement of bayonet lock 31 on bayonet lock 31
Two limited blocks, mobile bar 322 is between two limited blocks, moving direction and mobile bar 322 phase of the bayonet lock 31 with respect to shell 11
Parallel with horizontal plane to the moving direction of bayonet lock 31, bayonet lock 31 is opposite with mobile bar 322 with respect to the moving direction of shell 11 to be blocked
The moving direction of pin 31 is vertical；323 one end of actuating arm is hinged in mobile bar 322, and 323 other end of actuating arm is fixed to an installation
On ring 324, mounting ring 324 is fixed to 325 one end of a slide block, and 325 other end of slide block stretches to the external world from the first notch, often
Actuating arm 323 and slide block 325 are fixed to same mounting ring 324 in one driving portion 32,323 He of actuating arm in each driving portion 32
Slide block 325 is point-blank；
Mounting ring 324 can be rotatably mounted in mounting post 34；It is provided with a torsional spring 33 between two slide blocks 325, turns round
33 one end of spring is fixed on a slide block 325, and 33 other end of torsional spring is fixed on another slide block 325；Two actuating arms 323 and
Two slide blocks, 325 distribution in " X " shape；
It is inserted into shell cover 14 after bayonet lock 31 can be kept to pass through installation cavity wall under 33 elastic force of torsional spring.
In order to avoid positive foot 132 and cathode foot 133 are mutually drawn close and short circuit phenomenon occur, offered on connecting plate 15
Two second notches, the part of positive foot 132 and cathode foot 133 between illuminator 131 and conductive column 171 are each passed through two
Second notch.
In order to enable shell cover 14 is more preferable to the effect of L shaped plate 16, it is equipped in 14 inner wall of shell cover for squeezing L shaped plate 16
Crushing block 326, crushing block 326 have distance between installation cavity wall.Crushing block 326 is enough to the distance between installation cavity wall
Greatly, the driving of bayonet lock 31 would not be hindered.
The operation principle of the present embodiment：When needing to dismantle light emitting diode 13, first, two 325 phases of slide block are squeezed
It mutually draws close, torsional spring 33 is compressed, and under the drive of slide block 325, two actuating arms 323 are mutually drawn close, and the rotation of actuating arm 323 makes
It obtains two bayonet locks 31 mutually to draw close, final bayonet lock 31 is detached from shell cover 14, and bayonet lock 31 is not detached from mobile bar 322, due to driving
The rotation of arm 323 has componental movement on the direction vertical with bayonet lock 31, therefore mobile bar 322 also moves on mounting blocks 321 therewith,
So that the rotation of actuating arm 323 is more smooth, bayonet lock 31 is kept to be detached from the state of shell cover 14；Then, shell cover 14 is removed, the
The elastic force of one spring 173 so that expose a shell 11 at light emitting diode 13, connecting plate 15, light emitting diode 13 are removed to facilitate
Deng；After again, the positive foot 132 and cathode foot 133 of light emitting diode 13 are removed from conductive column 171, removes old light emitting diode
13。
When needing to install new light emitting diode 13, first, by the positive foot 132 and cathode foot 133 of light emitting diode 13
It is respectively wound around on two conductive columns 171；Then, light emitting diode 13 and conductive column 171 etc. are placed in installation cavity, at this time
Slide block 325 is not extruded, and to be at a distance sufficiently large between two actuating arms 323 under 33 elastic force of torsional spring, avoids hindering light-emitting diodes
Pipe 13 and conductive column 171 etc. are put into；After again, squeezes two slide blocks 325 and mutually draw close, torsional spring 33 is compressed, and is being stirred
Under the drive of block 325, two actuating arms 323 are mutually drawn close, and the rotation of actuating arm 323 makes two bayonet locks 31 mutually draw close, final to block
In 31 retraction of pin to shell 11, avoids follow-up shell cover 14 from covering on shell 11, keep this state；After again, shell cover 14 is covered in pen
It on shell 11 and is looped around outside installation cavity, shell cover 14 is rectangular, and the hole in shell cover 14 can be facilitated to be aligned with bayonet lock 31；Finally, it releases
Slide block 325 is put, bayonet lock 31 is inserted into shell cover 14, and conductive column 171 is pressed on movable block 172 by crushing block 326.
Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the right of the utility model.
Claims (5)
1. a kind of van-type substation with electroprobe, which is characterized in that including：Cabinet, electroprobe and mounting assembly, electroprobe pass through peace
Arrangement is detachably connected with cabinet；
Electroprobe includes a shell, detection column, light emitting diode, shell cover, connecting plate, L shaped plate and two group of first bindiny mechanism；
Detection column is emerged from the head of shell, and detection column is made of conductive material, with electrical contact to be detected, a shell deviates from
The one end on head is recessed to form an installation cavity, is detachably connected and is useful for the closed shell cover of installation cavity on shell, installation cavity is remote
The inner wall depression of shrinking away from theshell lid forms two spaced first and is inserted into hole；
Light emitting diode, connecting plate and L shaped plate are arranged in installation cavity, light emitting diode include illuminator, positive foot with
And cathode foot, illuminator setting connecting plate away from first be inserted into hole side, L shaped plate one end be arranged by illuminator and with connect
Plate is fixed, and the L shaped plate other end is located at illuminator and deviates from connecting plate side；
Every 1 first bindiny mechanism includes：Conductive column, movable block and the first spring, conductive column one end are fixed on connection backboard
From illuminator side, the conductive column other end is inserted into first and inserts in the hole and contacted with a movable block, and movable block deviates from conductive column
Side is fixed to one first spring one end, and the first spring other end, which is fixed to, to be inserted on the bottom surface of hole, and a conductive column is for winding just
Pole foot is electrically connected to detection column with the movable block that positive foot conductive column contacts is wound with, and another conductive column is used to wind cathode foot,
Be wound with the movable block electrical ground that cathode foot conductive column contacts, conductive column and movable block are all made of conductive material and are made；
When shell cover is connect with shell, rear shell cover compresses conductive column with movable block and the first spring is compressed.
2. the van-type substation according to claim 1 with electroprobe, which is characterized in that mounting assembly includes：Mounting plate, spiral shell
Nail and insertion tube, mounting plate are fixed by several screws with cabinet, insertion tube are equipped on mounting plate, insertion tube offers confession
What shell head was inserted into second is inserted into hole, and a shell head is supported after being inserted into insertion tube by insertion tube.
3. the van-type substation according to claim 2 with electroprobe, which is characterized in that pass through second between shell and shell cover
Bindiny mechanism is detachably connected；
Second bindiny mechanism includes two bayonet locks, two driving portions, a torsional spring and a mounting post, offers wearing through installation cavity wall
Hole offers one first notch in shell cover, and being stood on perforation inner wall has mounting post, and mounting post covers the direction on shell with shell cover
It is parallel；
Each driving portion includes mounting blocks, two limited blocks, mobile bar, actuating arm, mounting ring and slide block, each mounting blocks
It being each attached on installation cavity wall, each mounting blocks, which pass through, has mobile bar, the mobile bar of each driving portion to be passed through for a bayonet lock,
Mobile bar offers the sliding groove moved for bayonet lock, and sliding groove guiding movement bar is provided with relative to the movement of bayonet lock on bayonet lock
Two limited blocks, mobile bar is between two limited blocks, the bayonet lock shifting of the moving direction of shell and mobile bar with respect to bayonet lock relatively
Dynamic direction is parallel with horizontal plane, and bayonet lock is vertical with respect to the moving direction of the moving direction bayonet lock opposite with mobile bar of shell；It drives
Swing arm one end is hinged in mobile bar, and the actuating arm other end is fixed in a mounting ring, and mounting ring is fixed to a slide block one end,
The slide block other end stretches to the external world from the first notch, and actuating arm and slide block are fixed to same mounting ring in each driving portion,
Actuating arm and slide block be point-blank in each driving portion；
Mounting ring can be rotatably mounted in mounting post；A torsional spring is provided between two slide blocks, one end is fixed on one
On slide block, the torsional spring other end is fixed on another slide block；Two actuating arms and the distribution in " X " shape of two slide blocks；
It is inserted into shell cover after bayonet lock can be kept to pass through installation cavity wall under torsional spring elastic force.
4. the van-type substation according to claim 3 with electroprobe, which is characterized in that offer two second on connecting plate
Notch, the part of positive foot and cathode foot between illuminator and conductive column are each passed through two second notches.
5. the van-type substation according to claim 4 with electroprobe, which is characterized in that be equipped in shell cover inner wall for squeezing
The crushing block of L shaped plate, crushing block is pressed to have distance between installation cavity wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820188593.2U CN207801204U (en) | 2018-02-02 | 2018-02-02 | Van-type substation with electroprobe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820188593.2U CN207801204U (en) | 2018-02-02 | 2018-02-02 | Van-type substation with electroprobe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207801204U true CN207801204U (en) | 2018-08-31 |
Family
ID=63268953
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820188593.2U Expired - Fee Related CN207801204U (en) | 2018-02-02 | 2018-02-02 | Van-type substation with electroprobe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207801204U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110739619A (en) * | 2019-11-14 | 2020-01-31 | 安禹晖 | assembled multifunctional low-voltage distribution box |
-
2018
- 2018-02-02 CN CN201820188593.2U patent/CN207801204U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110739619A (en) * | 2019-11-14 | 2020-01-31 | 安禹晖 | assembled multifunctional low-voltage distribution box |
| CN110739619B (en) * | 2019-11-14 | 2021-02-19 | 广东科迪多智能电气科技有限公司 | Assembled multi-functional low voltage distribution box |
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|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180831 Termination date: 20210202 |
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| CF01 | Termination of patent right due to non-payment of annual fee |